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9011.10.55.0mm900um300500um1.21.00681.0480gcm3(SV)1430%SVI2045mLg30SVI60205mLg9798%3070mh[1,3,18]1.3(SpecificOxygenUptakeRateSOUR)(SOUR)H4050mgO2(gMLVSS?h)(SOUR)H20mgO2(gMLVSS?h)[5,6]Shu-fangYang[14](SOUR)H60160mgO2(gSS?h)SOUR1.4[33]DPBNO3-NO2-COD1.560050umSVI4mmSVISBRS.K.Toh[4]1.03.0mm22.1(1)(2)(3)CODCOD[20]2.2CODCODSBRCOD1kg?m3?d1COD(1.2~15kg?m3?d1)[1,18,32,33]YuLiuYong[7]MonodususmaxqsqsmaxLsgCOD?m2KsMonodCODCOD[2,26,29]2.3SBR1.2cm?s1[8]SOUREPSEPS[9,19]2.4VSSvolatilesuspendedsolidVSS:SVMLSSCOD[10,23,24]2.5SBRSBR[8,19,20]2.62.6.1Y.Liu[13]0.19COD50%2.6.2Shu-fangYang[14]NCOD0.09mmNCOD5100101002010030100601.9mm1.5mm0.5mm0.4mma,b60162(SOUR)NH4(SOUR)NO2(SOUR)HNCODCODCODCOD33.1Ching-ShyungHwu[15]5.210.5%//3.2CODN.Schwarzenbec[17]CODTNTP90%80%67%3.3[16]21100%SEMCOD98%3.4YuLiu[27,30,31]Cd2Zn2Cd2Zn2100mgLCd2Cd2150mgLCd2566mgCd2gZn2200mgZn2g41[J]200532(2)2002052[J]200221(3)3173213FangWangFeng-linYangXing-wenZhangetal.Effectsofcycletimeonpropertiesofaerobicgranulesinsequencingbatchairliftreactors[J].WorldJournalofMicrobiology&Biotechnology200521:137913844S.K.TohJ.H.TayB.Y.P.Moyetal.Size-effectonthephysicalcharacteristicsoftheaerobicgranuleinaSBR[J].ApplMicrobiolBiotechnol200360:6876955[J]200624(3)11156[J]200628(10)7887917YuLiuYong-QiangLiuZhi-wuWangetal.Influenceofsubstratesurfaceloadingonthekineticbehaviourofaerobicgranules[J].ApplMicrobiolBiotechnol200567:4844888TayJHLiuQSLiuY.Theeffectsofshearforceontheformationstructureandmetabolismofaerobicgranules[J].ApplMicrobiolBiotechnol200157:2272339YuLiuShu-FangYangQi-ShanLiuetal.Theroleofcellhydrophobicityintheformationofaerobicgranules[J].CurrentMicrobiology200346:27027410[J]2006294293111[J]200324(4)9910412Yong-qiangLiuJoo-HwaTayBenjaminYan-PuiMoy.Characteristicsofaerobicgranularsludgeinasequencingbatchreactorwithvariableaeration[J].ApplMicrobiolBiotechnol200671:76176613Y.LiuK-H.WoonS-F.Yangetal.Influenceofphenolonculturesofacetate-fedaerobicgranularsludge[J].Appliedmicrobiology200235:16216514Shu-FangYangJoo-HwaTayYuLiu.RespirometricActivitiesofHeterotrophicandNitrifyingPopulationsinAerobicGranulesDevelopedatDifferentSubstrateNCODRatios[J].CurrentMicrobiology200449:424615Ching-ShyungHwuChih-JenLu.EnhanceddechlorinationofchloroethenesbygranularsludgeundermicroaerophilicConditions[J].WorldJournalofMicrobiology&Biotechnology200622:84184416[J]2006374273017N.Schwarzenbeck.J.M.BorgesP.A.Wilderer.Treatmentofdairyeffluentsinanaerobicgranularsludgesequencingbatchreactor[J].ApplMicrobiolBiotechnol200566:71171818[J]199920(2)384119[J]200625443944320Benu.J.JHendriks.AvanLoosdrechtMCMetal.Aerobicgranulationinasequencingbatchreactor[J].WaterRes199933:2283229021BossierPVerstraeteW.Triggersformicrobialaggregationinactivatedsludge[J].ApplMicrobiolBiotechnol199645:12612922McSwainBSIrvineRLWilderaletal.Theeffectofintermittentfeedingonaerobicgranulestructure[J].WaterSciTechnol200449:192523PanSTayJHHeYXetal.Theeffectofhydraulicretentiontimeonthestabilityofaerobicallygrownmicrobialgranules[J].LettApplMicrobiol200438:15816324QinLTayJHLiuYetal.Selectionpressureisadrivingforceofaerobicgranulationinsequencingbatchreactors[J].ProcessBiochem200439:57958425LUGangZHENGPingXIAFengYi.Researchoncriticalaeratingfluxofinternalloopgranularbednitrifyingreactor[J].ChineseJournalofBiotechnology200420(5):795799(inChinese)26MoyBYPTayJHTohSKetal.Highorganicloadinginfluencesthephysicalcharacteristicsofaerobicsludgegranules[J].LettApplMicrobiol200234:40741227ArrojoBBMosqueraCorralAGarridoJMetal.Aerobicgranulationwithindustrialwastewaterinsequencingbatchreactors[J].WaterRes200438:3389339928ChristensenBE.Theroleofextracellularpolysaccharidesinbiofilms[J].JBiotechnol198910:18120229TayJHPanSHeYXetal.Effectoforganicloadingrateonaerobicgranulation:PartII.Characteristicsofaerobicgranules[J].JEnvironEng2004130:1102110930YuLiuShu-fangYangTayJHetal.Aerobicgranules:novelZinebiosorbent[J].LettersinAppliedMicrobiology200235(6):54855131YuLiuShu-fangYangTayJHetal.BiosorptionkineticsofCadmium()onaerobicgranularsludge[J].ProcessBiochemistry200338:997100132[J]200626(1)131633.[J]200629(7)106107